Tripp Lite N234-001-SH Cat6 Shielded Connector

Product Description

The TRIPP LITE N234-001-SH is a Cat6 shielded straight-through modular connector insert designed for structured cabling installations. It provides a shielded termination point for Cat6 cabling runs, maintaining signal integrity and reducing electromagnetic interference in demanding environments. This type of connector insert is typically installed in patch panels, wall plates, or surface-mount boxes as part of a permanent horizontal cabling system. Licensed low-voltage technicians and structured cabling installers are the primary trades working with this component.

This insert is suited for use in both commercial and residential structured cabling applications where shielded Cat6 performance is required. It fits into standard keystone-style mounting locations and supports data, voice, and network infrastructure deployments. Typical install scenarios include office network drops, server room patch fields, and any location where shielded cabling is specified to meet EMI or facility requirements.

Key Features

• Cat6 rated for high-speed data transmission performance
• Shielded construction helps reduce electromagnetic interference
• Straight-through wiring configuration for standard patch and horizontal cabling
• Single-unit quantity for targeted replacement or incremental installation
• Designed for use with keystone-style wall plates, patch panels, and surface-mount enclosures

Compatibility

Designed as an OEM-style replacement or addition for Cat6 modular connector and insert applications in standard keystone-compatible patch panels and wall plate assemblies.

Installation Notes

Installation is typically performed by a licensed low-voltage or data cabling technician. De-energize all connected network equipment before terminating or replacing modular inserts. A punch-down tool is standard for terminating conductors into keystone-style inserts. Local structured cabling installations should reference ANSI/TIA-568 standards for proper termination and channel performance requirements.